32 Fully Funded PhD Programs at University of Copenhagen, Denmark

Are you holding Master’s degree and looking for PhD positions – Fully Funded PhD Programs in Europe? University of Copenhagen, Denmark inviting application for funded PhD Programs or fully funded PhD Scholarship. University of Copenhagen is one of the largest university in the world with thousands of employees, students, and research scientists are involved in the innovation of science and technology daily.

University of Copenhagen has huge a campus in Copenhagen, Denmark and widely known as for its contribution in top notch education and research. The contribution of University of Copenhagen is not only limited to natural sciences and engineering but it also offers high quality research as well as higher education in bio-medical sciences, social sciences, humanities, psychology, education, architecture etc.

1. PhD positions in Theoretical Computer Science and/or Combinatorial Optimization

Summary of Doctoral Project:

The PhD students will be working in the Mathematical Insights into Algorithms for Optimization (MIAO) group headed by Jakob Nordström (http://www.jakobnordstrom.se), which is active at both the University of Copenhagen and Lund University on either side of the Øresund Bridge. The MIAO research group has a unique profile in that we are doing cutting-edge research both on the mathematical foundations of efficient computation and on state-of-the-art practical algorithms for real-world problems. This creates a very special environment, where we do not only conduct in-depth research on different theoretical and applied topics, but where different lines of research cross-fertilise each other and unexpected and exciting synergies often arise. Much of the activities of the group revolve around powerful algorithmic paradigms such as, e.g., Boolean satisfiability (SAT) solving, Gröbner basis computations, integer linear programming, and constraint programming.

Last Application Date: 29-06-2022

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2. PhD fellowship/Postdoc/Assistant Professor within the Complexity and Big Data Group

Summary of Doctoral Project:

We offer a creative and stimulating working environment in an international and interdisciplinary research group. Health is a complex phenomenon, and we study the social, environmental, and biological factors determining health and disease. We also aim to elucidate the underlying biological and social mechanisms that might explain these effects. To embrace complexity in health, we actively explore new sources (e.g. smartphones) of ‘big data’, incorporate complexity theory and system methods, leverage insights across disciplines, and explore the opportunities in citizen science aimed at a direct societal engagement and impact.

Last Application Date: 19-06-2022

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3. PhD fellowship in ”Fibrosis and intracellular calcium handling in the pathophysiology of heart failure with preserved ejection fraction”

Summary of Doctoral Project:

Heart failure is a critical, clinical diagnosis characterized by shortness of breath at rest, fatigue, weakness and edema. Two categories of heart failure exists: Heart failure with reduced or with preserved ejection fraction (HFrEF and HFpEF, respectively). A weakened heart muscle causes HFrEF, whereas HFpEF hearts are too stiff to be filled sufficiently during diastole. Historically, focus has been on HFrEF, but HFpEF represents an unmet medical need due to the unknown underlying causes, and the lack of efficient, clinical treatment options. The student will use an integrated approach – both cellular, intact organ and whole-animal experiments – to test novel treatment options for HFpEF. Ultrasound-based echocardiography can be applied to follow the development of heart failure in the individual animal.

Last Application Date: 15-06-2022

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4. PhD fellowship in applied statistics in monitoring pesticide effects

Summary of Doctoral Project:

The main aim of environmental risk assessment is to assign magnitudes and probabilities to adverse effects of human impact. A key parameter used in chemical risk assessment is the benchmark dose, identifying the dose associated with a predefined deviation from non-treated controls in the testsystem investigated. The benchmark dose methodology relies on non-linear dose-response models. The methodology is well-established for univariate data, such as a growth or mortility measured at a single point in time, but less so for more complex data structures such hierarchical data based on repeated experiments or time series, which have the advantage of closer resembling reality and accordingly provide more valuable input for risk assessments. In addition, as toxicity is a process in time and exposure concentrations often vary in time (chemicals degrade in the environment, and/or are added repeatedly), statistical methods to describe effect development in time as a function of exposure is becoming increasingly important tools for chemical risk assessment.

Last Application Date: 06-06-2022

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5. PhD position in stem cell biology and neural development at the NNF Center for Stem Cell Medicine

Summary of Doctoral Project:

The Human Neural Development research team is located at the The Novo Nordisk Foundation Center for Stem Cell Medicine (reNEW) at the Faculty of Health and Medical Sciences of University of Copenhagen. Our group works to develop stem cell transplantation therapies for brain disorders such as Parkinson’s Disease, dementia and narcolepsy by producing high-purity cultures of subtype-specific human neural cells in the lab and testing these in animal models of disease. We further apply advanced stem cell technologies to study normally inaccessible stages of human brain development as well as to produce models of human brain diseases in the dish (i.e. Parkinson’s Disease, Schizophrenia and hypothalamic disorders).

Last Application Date: 01-06-2022

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6. PhD fellowship in Drug Delivery: Overcoming the skin barrier using a multiple prodrugs approach

Summary of Doctoral Project:

Topical application is a minimally invasive, attractive route of drug administration. Unfortunately, the skin constitutes a formidable barrier to drug delivery, limiting the number of substances that can be delivered. Via improved understanding of the interplay between the physical chemical forces governing membrane transport, we aim to expand the number of drugs that can be delivered effectively to the skin. We take a physical chemical approach to improving skin transport exploring a novel multiple prodrug approach. We will focus on the thermodynamic activity of the drug, prodrugs (chemical derivatives of diclofenac), and the vehicles applied, which is the driving force for transport. Basic physical chemistry dictates that the transport of a molecule is unaffected by the presence of other molecules.

Last Application Date: 01-06-2022

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7. 3 PhD fellowships in applied Machine Learning, Information Retrieval and Natural Language Processing

Summary of Doctoral Project:

The fellows will join the Information Retrieval Lab at the Machine Learning Section at DIKU. The Machine Learning section is among the leading research environments in Artificial Intelligence and Web & Information Retrieval in Europe (in the top 5 for 2020, according to csrankings.org), with a strong presence at top-tier conferences, continuous collaboration in international & national research networks, and solid synergies with big tech, small tech, and industry. The Machine Learning section consists of a vibrant selection of approximately 65 talented researchers (40 of whom are PhD and postdoctoral fellows) from around the world with a diverse set of backgrounds and a common incessant scientific curiosity and openness to innovation. Moreover, DIKU is internationally leading within Natural Language Processing (ranked 2nd in Europe for the last 5 years, according to CSRankings).

Last Application Date: 19-05-2022

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8. PhD fellowships in strong field gravity

Summary of Doctoral Project:

Gravitational-wave astronomy has revolutionized science. In this project, we aim to explore the influence of gravitational waves in the dynamics of several systems. This includes gravitational waves emitted by extreme-mass ratio systems, waves emitted by scalar structures, and waves emitted by exotic compact objects. The project aims to test General Relativity and the black hole paradigm to unprecedented levels.

Last Application Date: 20-05-2022

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9. PhD fellowship in Research Culture at Medical Museion (Department of Public Health)

Summary of Doctoral Project:

Medical Museion is a university research unit as well as a public museum where research, public/stakeholder engagement and museum work are all brought together (www.museion.ku.dk). We believe this public environment allows us to stretch the boundaries of what research can be, and what it can lead to. Medical Museion is a part of the Department of Public Health and the Novo Nordisk Foundation Center for Basic Metabolic Research (CBMR), allowing close collaboration with scientist colleagues and exposure to a diversity of approaches to health research.

Last Application Date: 22-05-2022

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10. PhD fellowship in Computational Phylogenetics at the GLOBE Institute

Summary of Doctoral Project:

Organismal morphology is studied in biology to decode evolutionary relationships among species and to test evolutionary hypotheses in the context of phylogenies. The Stochastic Morphometry project aims to develop statistical models of evolutionary morphological change, thereby making phylogenetic inference tools applicable for the study of shape change. The aim is to develop an entirely new framework for phylogenetic analyses that treat the full 2D or 3D shape, such as a 2D photograph of a butterfly wing or a 3D model of a mammalian cranium, as an evolving object along the branches of a phylogeny. Essentially, we will extend Felsenstein’s classical Brownian motion model of character evolution to use full, infinitely dimensional shapes and stochastic shape processes.

Last Application Date: 22-05-2022

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11. PhD fellowship in Compiler Technology for Distributed AI

Summary of Doctoral Project:

The project will build on the existent infrastructure of the Futhark language and optimizing compiler, which is developed locally at DIKU and is thought as a research vehicle for studying aggressive analysis (static, dynamic, and hybrid), aimed primarily at optimizing highly-parallel applications. The underlying philosophy is rooted in language-compiler co-design, namely that the language exposes higher-order constructs, whose richer semantics simplifies compiler analysis, and vice-versa, advanced analysis allows stronger properties to be enforced at language level and exploited by later compiler analyses. For example, Futhark recently supports both forward and reverse-mode automatic differentiation (AD) by second-order language primitives, which are implemented as a non-trivial code transformation, whose derivation, at its turn, takes full advantage of the higher-order semantics of the parallel operators.

Last Application Date: 22-05-2022

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12. PhD fellowship in Section for Pathobiological Sciences

Summary of Doctoral Project:

The vast majority of stem cell-derived cardiac tissue models and organoids are based on human cell models. As the access to native human cardiac tissue is restricted, validation of hiPSC-CM is challenged and the predictive value of the hiPSC-CM based assays questionable. Pigs and dogs have served as the key large-animal test models for preclinical cardiac efficacy and toxicity for decades. We thus have access to a rich and varied data set that includes both safe and un-safe compounds. Matching whole-animal and ex vivo data against iPSC-based in vitro assays derived from the same species provides an appealing route toward validating organoid assays in general and thereby reduce and replace experimental animals.

Last Application Date: 22-05-2022

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13. PhD fellowship in Structural Biology at Novo Nordisk Foundation Center for Protein Research

Summary of Doctoral Project:

CRISPR-Cas is an adaptive immune system that has been adapted to be used as a genome editing tool. In this project, the PhD candidate will carry out structural and biochemical characterization of CRISPR-Cas multiprotein complexes. You will express and purify the proteins as well as prepare samples for structural determination by Cryo-Electron Microscopy. Based on bioinformatical and structural data, relevant biochemical assays will be performed to uncover catalytic functions.

Last Application Date: 24-05-2022

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14. PhD fellowship in Molecular pharmacology and Nutritional Immunology at the Department of Biomedical Sciences

Summary of Doctoral Project:

The PhD study will run as a collaboration between the Molecular pharmacology Lab and the Nutritional Immunology Lab, both situated at Department of Biomedical Sciences, UCPH. The Molecular pharmacology part will be executed in the group of Assoc. Professor Gertrud M. Hjortø, that study chemokine induced signalling and chemotaxis of immune cells and the allosteric action of gut expressed host defence peptides (HDPs) on chemokine receptors. The Nutritional Immunology part will be executed in the group of Assist. Professor Benjamin A. H. Jensen, that study how dietary factors affect organismal, in particular intestinal, immunology at the onset, prevention, and treatment of chronic inflammatory diseases.

Last Application Date: 24-05-2022

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15. PhD fellowship in Drug Delivery: Drug delivery systems tailored for barrier-impaired skin

Summary of Doctoral Project:

Topical treatment of a variety of skin diseases is advantageous compared to systemic therapies by directly targeting the affected site. However, a key challenge for the many patients with often severe and painful skin diseases like atopic dermatitis and psoriasis is to physically apply the drug onto the diseased sensitive skin and to cover all surfaces, including the “cracks” appearing as a result of the skin disease. The aim is to design new types of formulations that are compatible with application onto compromised skin while at the same time will display improved drug delivery capacity of the drug to the target site. The delivery system design should be tailored to be adaptable to different types of drug molecules, including hydrophilic peptide-based compounds. Design, characterization in vitro, as well as assessment in vivo will be done under the 3R-principles.

Last Application Date: 31-05-2022

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16. PhD scholarship in the SAMSKAB research project at the Department of Anthropology, University of Copenhagen (UCPH)

Summary of Doctoral Project:

The SAMSKAB research project is looking for a PhD candidate who has (or will soon have) a Master’s degree in Anthropology or a related discipline, who has some practical experience in working with social projects, social housing, and/or green communities, who is fluent in Danish, who can develop a realistic research proposal to study the establishment of new green communities in social housing settings and their social and environmental impact, and who can collaborate with other members of the researcher team and contribute constructively to SAMSKAB research activities.

Last Application Date: 31-05-2022

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17. PhD fellowship in Drug Delivery of Biopharmaceuticals: Delivery system design for in vivo delivery of peptide drugs

Summary of Doctoral Project:

The demand for peptide and protein therapeutics that can be used without injection is increasing. However, due to the structural properties of such biopharmaceuticals, it is extremely challenging to design drug delivery systems suitable for efficient delivery of therapeutic doses of, e.g., peptides after oral administration. Despite recent progress in the field of oral peptide delivery, there is still an unmet need to improve the translation from findings obtained in vitro to in vivo investigations.

Last Application Date: 15-05-2022

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18. PhD fellowships in Drug Delivery of Biopharmaceuticals: Biological responses to functional excipients and formulations used for oral delivery of peptide drugs

Summary of Doctoral Project:

The demand for peptide and protein therapeutics that can be used without injection is increasing. However, due to the structural properties of such biopharmaceuticals, it is extremely difficult to design drug delivery systems suitable for efficient delivery of therapeutic doses of e.g. peptides after oral administration. Novel drug delivery systems thus may include functional excipients, such as enhancers, co-formulated in the delivery system. This interdisciplinary project aims to investigate and understand biological details of relevance in relation to the epithelial barrier response to excipients, and to relate this to peptide transport kinetics. One project (1) will focus on the functionality and mode of action of promising (combinations of) excipients and drug delivery systems used to enhance oral delivery of peptide drugs, and complementary, the other project (2) will design and investigate effects of novel drug delivery systems with absorption enhancing functionality.

Last Application Date: 15-05-2022

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19. PhD fellowship in translational bioinformatics of host-pathogen interaction at the Department of Immunology and Microbiology

Summary of Doctoral Project:

The PhD position is part of a project funded by the Novo Nordisk Foundation ‘Persistent Bacterial Infections (PERFECTION)’. The project involves collaboration between UCPH, DTU and Stanford University. Persistent bacterial infections are a serious global health problem, affecting a broad range of people with diabetes, obesity, smokers, immune-compromised conditions, implants etc. In the clinic, the number of patients with persistent infections is growing. This PhD project aims to generate knowledge of host-microbe interaction profiles in chronic wounds. In the project, wound samples collected from patients will be used for studying microbial and tissue transcriptomic profiles. The PhD candidate is expected to analyse sequencing data using state-of-the-art bioinformatics methods and perform microbiological experiments in the laboratory.

Last Application Date: 15-05-2022

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20. 211-1059/22-2H PhD fellowship in Human-Centered Computing

Summary of Doctoral Project:

Working remotely, and in hybrid work arrangements, is the future. ReWork focus on developing the “Futures of Hybrid Work”, where we will design and develop artefacts and processes to support organizations in exploring and preparing for successful collaboration in the future. Examples of investigations includes the role and representation of embodiment, artefact interaction, and physical surroundings in a digital/analog setting of hybrid cooperative work. This PhD will utilize research-through-design strategies to explore how we can bring together artistic explorations and industrial insights to inform the design ofuture technologies supporting hybrid work practices. In particular, the PhD fellow will work closely together with ReWork artistic- and industry- partners in setting up and organizing several artist/industry workshops creating a creative space to challenge the future of hybrid work.

Last Application Date: 15-05-2022

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21. 4 PhD fellowships in the Pioneer Centre for Artificial Intelligence’s collaboratories

Summary of Doctoral Project:

The Pioneer Centre for AI is located at the University of Copenhagen, with partners at Aarhus University, Aalborg University, Technical University of Denmark, and the IT University of Copenhagen. The Pioneer Centre for Artificial Intelligence is a multi-university research centre led by Professor Serge Belongie. Interdisciplinary and at the forefront of fundamental AI research, the centre focuses on fundamental AI research, and within an interdisciplinary framework, develops platforms, methods, and practices addressing society’s greatest challenges.

Last Application Date: 15-05-2022

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22. 2 PhD fellowships in Materials Chemistry

Summary of Doctoral Project:

The project ‘Designing Disorder’ concerns amorphous metal oxides for electro- and photocatalysis. Amorphous metal oxides show enormous potential for applications in electrocatalysis, an essential technology for the green transition. However, challenges in characterizing atomic structure in non-crystalline solid-state compounds hinders rational design of materials. The aim of this project is to unravel structure/property relations in amorphous and highly disordered transition metal oxides for electrocatalysis, so that the most active structural motifs can be identified, and new materials developed.

Last Application Date: 15-05-2022

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23. PhD fellowship in phage-microbiome interactions at the GLOBE Institute

Summary of Doctoral Project:

It has become clear that the gut microbiome shapes the phenotype of vertebrate hosts, with profound consequences for phenotypic traits related to growth and health. However, an often-ignored part of the gut microbiome communities relate to the virome including bacteriophages. Indeed, it has been suggested that the specific bacteriophages may play a larger role than e.g. the surrounding environment, in regulating the composition of the host associated gut microbiome community. This project will add to this knowledge gap by considering various fish model systems to better understand how phages control microbiome dynamics, and if this knowledge can ultimately be transferred into concrete applied solutions in the food production and human health sectors where there is an interest in modifying microbiomes.

Last Application Date: 15-05-2022

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24. PhD fellowship focused on Hellenistic-Roman Soli, Cyprus

Summary of Doctoral Project:

The overall goal of the LAF project is to explain the complex human and environmental impacts of large-scale copper production during the foreign control of Cyprus under the Roman Empire from the 1st century BC to the 7th century AD. The project studies how the choices that supported copper production affected the landscape and living conditions and their sustainability. An in-depth study of food supply, agriculture, mining and forestry, imported goods and colonial relations will further reveal life at the furnace and place Cyprus within the economic network of the Roman Empire.

Last Application Date: 15-05-2022

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25. PhD fellow in Remote Sensing of the Environment

Summary of Doctoral Project:

The PhD fellow will develop methods to map drained fields using remote sensing and machine-learning. Based on this, the phd fellow will construct a national map of drained fields in Denmark. While drainage benefits farmers it carries adverse environmental impacts related to a.o. leaching of nitrogen, phosphorous, and agrochemicals to the aquatic environment, and CO2 and N2O emissions to the atmosphere from drained organic wetlands and poorly drained depressions in cultivated fields. The map serves direct societal and environmental purposes: it will help farmers manage application of nutrients and provide a new tool to manage and mitigate nitrogen and phosphorus emissions to the environment. The map could also reveal which wetlands are well/poorly drained, and thus assist a prioritized and cost-effective re-wetting of drained wetlands to reduce CO2-e emissions to the atmosphere.

Last Application Date: 15-05-2022

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26. PhD fellowship in Organic Chemistry

Summary of Doctoral Project:

The project concerns the synthesis of biomimetic receptors for carbohydrates using a combination of molecular design and dynamic combinatorial chemistry. While there will be a strong emphasis of synthetic organic chemistry, it is expected that tools from the physical organic chemistry toolbox will be widely used, including a range of spectroscopic methods, ITC and crystallography. A secondary goal of the project is to prepare an artificial enzyme that rely of the biomimetic molecular recognition of carbohydrates.

Last Application Date: 18-05-2022

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